I'm pretty sure the answer is no. A function looks like this: f(x) = mx + c. Let's add another function, f(y) = ny + d. If the x-intercept is the same, we can subtract c and d from their respective equations. f(x) = mx, f(y) = ny. If the domains are the same, then x and y can have the same value, so we divide it out. f(x) = m, f(y) = n. Finally, if the ranges are the same, the value of f(x) = f(y). So by the substitution property, m=n. Since all the variables equal each other, both functions are equal to f(x) = mx+c! Therefore, they can only be the same function.
Answer: No
Answer:
.87 I think
Step-by-step explanation:
I believe you have to evaluate the inverse tangent first then do the sine.
tan^-1 34/19 is about 1.06
sin 1.06 is about .87
- 1/3 - 1 2/3 = - 2
When subtracting two negatives you add the two numbers together.
0.875 US gallons i think this is the aswer
hi so I haven’t done this since 6th grade but I think I could still help you out.
In order to use all the supplies, the number of kits made must be a multiple of 4 (for paper pads), a multiple of 27 (for pencils) and a multiple of 12 (for erasers). The least number that satisfies this is called the Least Common Multiple (LCM).
It must have factors that include the factors of 4 (2,2), the factors of 27 (3,3,3) and the factors of 12 (2,2,3).
The least number that does that has factors of (2,2,3,3,3), which is 108.
